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Bioinformatics & Integrated Biology Lab Institute for Fundamental Biomedical Research Biomedical Sciences Research Center "Alexander Fleming" |
| Basic Information | |
|---|---|
| Family ID | F050360 |
| Family Type | Metagenome / Metatranscriptome |
| Number of Sequences | 145 |
| Average Sequence Length | 98 residues |
| Representative Sequence | MTNSYDNWFQDMLRDCENGLFGGDVHDESKDDVSDWTDVKTYLPEFSRMVWAACPNAVLCAHQTFLLYLDSDNQWRDNTGRLFARKVAFWQYADVPECNISC |
| Number of Associated Samples | 97 |
| Number of Associated Scaffolds | 145 |
| Quality Assessment | |
|---|---|
| Transcriptomic Evidence | Yes |
| Most common taxonomic group | Unclassified |
| % of genes with valid RBS motifs | 74.48 % |
| % of genes near scaffold ends (potentially truncated) | 34.48 % |
| % of genes from short scaffolds (< 2000 bps) | 95.17 % |
| Associated GOLD sequencing projects | 74 |
| AlphaFold2 3D model prediction | Yes |
| 3D model pTM-score | 0.30 |
| Hidden Markov Model |
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| Powered by Skylign |
| Most Common Taxonomy | |
|---|---|
| Group | Unclassified (85.517 % of family members) |
| NCBI Taxonomy ID | N/A |
| Taxonomy | N/A |
| Most Common Ecosystem | |
|---|---|
| GOLD Ecosystem | Environmental → Aquatic → Marine → Coastal → Unclassified → Aqueous (39.310 % of family members) |
| Environment Ontology (ENVO) | Unclassified (48.276 % of family members) |
| Earth Microbiome Project Ontology (EMPO) | Free-living → Saline → Water (saline) (57.241 % of family members) |
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| Predicted Topology & Secondary Structure | |||||
|---|---|---|---|---|---|
| Classification: | Globular | Signal Peptide: | No | Secondary Structure distribution: | α-helix: 23.85% β-sheet: 10.00% Coil/Unstructured: 66.15% | Feature Viewer |
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| Powered by Feature Viewer | |||||
| Structure Viewer | |
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| Per-residue confidence (pLDDT): 0-50 51-70 71-90 91-100 | pTM-score: 0.30 |
| Powered by PDBe Molstar | |
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| Pfam ID | Name | % Frequency in 145 Family Scaffolds |
|---|---|---|
| PF14354 | Lar_restr_allev | 0.69 |
| PF14549 | P22_Cro | 0.69 |
| PF13392 | HNH_3 | 0.69 |
| PF01381 | HTH_3 | 0.69 |
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| Name | Rank | Taxonomy | Distribution |
| Unclassified | root | N/A | 85.52 % |
| All Organisms | root | All Organisms | 14.48 % |
| Visualization |
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| Powered by ApexCharts |
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| Habitat | Taxonomy | Distribution |
| Aqueous | Environmental → Aquatic → Marine → Coastal → Unclassified → Aqueous | 39.31% |
| Anaerobic Digestor Sludge | Engineered → Wastewater → Anaerobic Digestor → Unclassified → Unclassified → Anaerobic Digestor Sludge | 12.41% |
| Freshwater Lake | Environmental → Aquatic → Freshwater → Lentic → Unclassified → Freshwater Lake | 8.97% |
| Wastewater Effluent | Engineered → Wastewater → Nutrient Removal → Unclassified → Unclassified → Wastewater Effluent | 4.83% |
| Freshwater To Marine Saline Gradient | Environmental → Aquatic → Marine → Coastal → Unclassified → Freshwater To Marine Saline Gradient | 4.14% |
| Pelagic Marine | Environmental → Aquatic → Marine → Pelagic → Unclassified → Pelagic Marine | 4.14% |
| Activated Sludge | Engineered → Wastewater → Activated Sludge → Unclassified → Unclassified → Activated Sludge | 2.76% |
| Freshwater | Environmental → Aquatic → Freshwater → Lake → Unclassified → Freshwater | 2.07% |
| Estuary Water | Environmental → Aquatic → Marine → Coastal → Unclassified → Estuary Water | 2.07% |
| Estuarine | Environmental → Aquatic → Marine → Intertidal Zone → Estuary → Estuarine | 2.07% |
| Upper Troposphere | Environmental → Air → Outdoor Air → Unclassified → Unclassified → Upper Troposphere | 2.07% |
| Active Sludge | Engineered → Wastewater → Activated Sludge → Unclassified → Unclassified → Active Sludge | 2.07% |
| Freshwater | Environmental → Aquatic → Freshwater → Unclassified → Unclassified → Freshwater | 1.38% |
| Estuarine | Environmental → Aquatic → Marine → Unclassified → Unclassified → Estuarine | 1.38% |
| Soil | Environmental → Terrestrial → Soil → Sand → Desert → Soil | 1.38% |
| Activated Sludge | Engineered → Wastewater → Activated Sludge → Unclassified → Unclassified → Activated Sludge | 1.38% |
| Coastal Water | Environmental → Aquatic → Marine → Coastal → Unclassified → Coastal Water | 1.38% |
| Background Seawater | Environmental → Aquatic → Marine → Oceanic → Aphotic Zone → Background Seawater | 0.69% |
| Marine | Environmental → Aquatic → Marine → Coastal → Unclassified → Marine | 0.69% |
| Salt Marsh | Environmental → Aquatic → Marine → Intertidal Zone → Salt Marsh → Salt Marsh | 0.69% |
| Marine | Environmental → Aquatic → Marine → Neritic Zone → Unclassified → Marine | 0.69% |
| Deep Subsurface | Environmental → Terrestrial → Deep Subsurface → Unclassified → Unclassified → Deep Subsurface | 0.69% |
| Marine Gutless Worms Symbiont | Host-Associated → Annelida → Digestive System → Unclassified → Unclassified → Marine Gutless Worms Symbiont | 0.69% |
| Active Sludge | Engineered → Wastewater → Activated Sludge → Unclassified → Unclassified → Active Sludge | 0.69% |
| Hydrocarbon Resource Environments | Engineered → Wastewater → Industrial Wastewater → Petrochemical → Unclassified → Hydrocarbon Resource Environments | 0.69% |
| Wastewater | Engineered → Wastewater → Unclassified → Unclassified → Unclassified → Wastewater | 0.69% |
| Visualization |
|---|
| Powered by ApexCharts |
| Taxon OID | Sample Name | Habitat Type | IMG/M Link |
|---|---|---|---|
| 3300000115 | Marine microbial communities from Delaware Coast, sample from Delaware MO Summer July 2011 | Environmental | Open in IMG/M |
| 3300000750 | Soil microbial communities from Moab, Utah, sample - Soil Crust Dry out, 3 days (biological replicate A) D5A (Metagenome Metatranscriptome) | Environmental | Open in IMG/M |
| 3300000828 | Soil microbial communities from Moab, Utah, sample - Soil Crust Dry out, 3 days (biological replicate C) D5C (Metagenome Metatranscriptome) | Environmental | Open in IMG/M |
| 3300001592 | Wastewater microbial communities from Syncrude, Ft. McMurray, Alberta - Microbes in water sample from Medicine Hat oil field -PW_MHGC_2012April2: | Engineered | Open in IMG/M |
| 3300003277 | Freshwater lake microbial communities from Lake Michigan, USA - Sp13.BD.MM15.SD | Environmental | Open in IMG/M |
| 3300003393 | Freshwater lake microbial communities from Lake Michigan, USA - Sp13.BD.MM15.DD | Environmental | Open in IMG/M |
| 3300003421 | Upper troposphere microbial communities - SEAC4RS-RF10-011 | Environmental | Open in IMG/M |
| 3300004901 | Wastewater microbial communities from Nanji, Korea with extracellular vesicles - Nanji-EVs | Engineered | Open in IMG/M |
| 3300005655 | Active sludge microbial communities from Klosterneuburg, Austria, studying microevolution and ecology of nitrifiers - Klosterneuburg WWTP active sludge metagenome KNB14_supernatant | Engineered | Open in IMG/M |
| 3300005659 | Active sludge microbial communities from Klosterneuburg, Austria, studying microevolution and ecology of nitrifiers - Klosterneuburg WWTP active sludge metagenome KNB5-Kit | Engineered | Open in IMG/M |
| 3300005987 | Wastewater effluent complex algal communities from Wisconsin, to seasonally profile nutrient transformation and Carbon sequestration - JI 9/18/14 B DNA | Engineered | Open in IMG/M |
| 3300005989 | Wastewater effluent complex algal communities from Wisconsin, to seasonally profile nutrient transformation and Carbon sequestration - JI 7/17/14 B DNA | Engineered | Open in IMG/M |
| 3300006029 | Aqueous microbial communities from the Delaware River and Bay under freshwater to marine salinity gradient to study organic matter cycling in a time-series - DEBay_Spr_20_<0.8_DNA | Environmental | Open in IMG/M |
| 3300006030 | Aqueous microbial communities from the Delaware River and Bay under freshwater to marine salinity gradient to study organic matter cycling in a time-series - DEBay_Sum_0.19_D_<0.8_DNA | Environmental | Open in IMG/M |
| 3300006037 | Aqueous microbial communities from the Delaware River and Bay under freshwater to marine salinity gradient to study organic matter cycling in a time-series - DEBay_Spr_0.19_>0.8_DNA | Environmental | Open in IMG/M |
| 3300006056 | Wastewater effluent complex algal communities from Wisconsin, to seasonally profile nutrient transformation and Carbon sequestration - JI 10/23/14 1A DNA | Engineered | Open in IMG/M |
| 3300006484 | Estuarine microbial communities from the Columbia River estuary, USA - metaG S.535 | Environmental | Open in IMG/M |
| 3300006637 | Aqueous microbial communities from the Delaware River and Bay under freshwater to marine salinity gradient to study organic matter cycling in a time-series - DEBay_Fall_15_>0.8_DNA | Environmental | Open in IMG/M |
| 3300006641 | Aqueous microbial communities from the Delaware River and Bay under freshwater to marine salinity gradient to study organic matter cycling in a time-series - DEBay_Sum_0.19_D_>0.8_DNA | Environmental | Open in IMG/M |
| 3300006802 | Aqueous microbial communities from the Delaware River and Bay under freshwater to marine salinity gradient to study organic matter cycling in a time-series - Viral MetaG DEL_Nov_18 | Environmental | Open in IMG/M |
| 3300006803 | Aqueous microbial communities from the Delaware River and Bay under freshwater to marine salinity gradient to study organic matter cycling in a time-series - DEBay_Spr_20_>0.8_DNA | Environmental | Open in IMG/M |
| 3300006805 | Aqueous microbial communities from the Delaware River and Bay under freshwater to marine salinity gradient to study organic matter cycling in a time-series - DEBay_Spr_0.19_<0.8_DNA | Environmental | Open in IMG/M |
| 3300006863 | Aqueous microbial communities from the Delaware River and Bay under freshwater to marine salinity gradient to study organic matter cycling in a time-series - DEBay_Fall_0.3_>0.8_DNA | Environmental | Open in IMG/M |
| 3300006920 | Aqueous microbial communities from the Delaware River and Bay under freshwater to marine salinity gradient to study organic matter cycling in a time-series - Viral MetaG DEL_Nov_12 | Environmental | Open in IMG/M |
| 3300007276 | Aqueous microbial communities from the Delaware River and Bay under freshwater to marine salinity gradient to study organic matter cycling in a time-series - Viral MetaG DEL_Mar_31 | Environmental | Open in IMG/M |
| 3300007363 | Aqueous microbial communities from the Delaware River and Bay under freshwater to marine salinity gradient to study organic matter cycling in a time-series - DEBay_Fall_0.3_<0.8_DNA | Environmental | Open in IMG/M |
| 3300007540 | Freshwater to marine saline gradient viral communities from Chesapeake Bay - CB_1504_2 Viral MetaG | Environmental | Open in IMG/M |
| 3300007542 | Freshwater to marine saline gradient viral communities from Chesapeake Bay - CB_1504_1 Viral MetaG | Environmental | Open in IMG/M |
| 3300007559 | Estuarine microbial communities from the Columbia River estuary - Freshwater metaG S.541 | Environmental | Open in IMG/M |
| 3300007639 | Estuarine microbial communities from the Columbia River estuary - metaG 1449C-02 | Environmental | Open in IMG/M |
| 3300007973 | Coastal water column microbial communities from Columbia River Estuary, Oregon, USA - CMOP_DNA_1460A_0.2um | Environmental | Open in IMG/M |
| 3300007974 | Coastal water column microbial communities from Columbia River Estuary, Oregon, USA - CMOP_DNA_1460C_0.2um | Environmental | Open in IMG/M |
| 3300008550 | Planktonic microbial communities from coastal waters of California, USA - Canon-21 | Environmental | Open in IMG/M |
| 3300009193 | Pelagic marine microbial communities from North Sea - COGITO_mtgs_110321 | Environmental | Open in IMG/M |
| 3300009423 | Pelagic marine microbial communities from North Sea - COGITO_mtgs_100423 | Environmental | Open in IMG/M |
| 3300009426 | Pelagic marine microbial communities from North Sea - COGITO_mtgs_100420 | Environmental | Open in IMG/M |
| 3300009433 | Pelagic marine microbial communities from North Sea - COGITO_mtgs_100330 | Environmental | Open in IMG/M |
| 3300009435 | Pelagic marine microbial communities from North Sea - COGITO_mtgs_100413 | Environmental | Open in IMG/M |
| 3300009443 | Pelagic marine microbial communities from North Sea - COGITO_mtgs_110421 | Environmental | Open in IMG/M |
| 3300009648 | Active sludge microbial communities of municipal wastewater-treating anaerobic digesters from USA - AD_UKC125_MetaG | Engineered | Open in IMG/M |
| 3300009657 | Active sludge microbial communities of municipal wastewater-treating anaerobic digesters from USA - AD_UKC071_MetaG | Engineered | Open in IMG/M |
| 3300009673 | Active sludge microbial communities of municipal wastewater-treating anaerobic digesters from Japan - AD_JPNNA7_MetaG | Engineered | Open in IMG/M |
| 3300009676 | Active sludge microbial communities of municipal wastewater-treating anaerobic digesters from Japan - AD_JPNNA6_MetaG | Engineered | Open in IMG/M |
| 3300009682 | Active sludge microbial communities of municipal wastewater-treating anaerobic digesters from USA - AD_UKC083_MetaG | Engineered | Open in IMG/M |
| 3300009688 | Active sludge microbial communities of municipal wastewater-treating anaerobic digesters from USA - AD_STIC08_MetaG | Engineered | Open in IMG/M |
| 3300009696 | Active sludge microbial communities of municipal wastewater-treating anaerobic digesters from USA - AD_STIC10_MetaG | Engineered | Open in IMG/M |
| 3300009769 | Active sludge microbial communities of municipal wastewater-treating anaerobic digesters from Japan - AD_JPNNA5_MetaG | Engineered | Open in IMG/M |
| 3300009781 | Active sludge microbial communities of municipal wastewater-treating anaerobic digesters from USA - AD_STIC12_MetaG | Engineered | Open in IMG/M |
| 3300010316 | Freshwater to marine salinity gradient microbial communities from Chesapeake Bay, USA - CPBay_Spr_15_0.8_DNA | Environmental | Open in IMG/M |
| 3300010338 | AD_JPMRca | Engineered | Open in IMG/M |
| 3300010345 | AD_JPNAca2 | Engineered | Open in IMG/M |
| 3300010357 | AD_USSTca | Engineered | Open in IMG/M |
| 3300010368 | Freshwater to marine salinity gradient microbial communities from Chesapeake Bay, USA - CPBay_Spr_15_0.2_DNA | Environmental | Open in IMG/M |
| 3300010899 | Diffuse hydrothermal flow volcanic vent microbial communities from Axial Seamount, northeast Pacific ocean - Sample LVWS6_30_TP1_12H | Environmental | Open in IMG/M |
| 3300011009 | Freshwater to marine salinity gradient microbial communities from Chesapeake Bay, USA - CPBay_Spr_0.1_0.8_DNA | Environmental | Open in IMG/M |
| 3300011011 | Freshwater microbial communities from Western Basin Lake Erie, Ontario, Canada - Station 970 - Top - Depth 1m | Environmental | Open in IMG/M |
| 3300012018 | Activated sludge microbial communities from Shanghai, China - membrane bioreactor - Activated sludge (MBR) | Engineered | Open in IMG/M |
| 3300012533 | Active sludge microbial communities from wastewater in Klosterneuburg, Austria - KNB2014incub_MG | Engineered | Open in IMG/M |
| 3300012956 | Active sludge microbial communities from wastewater, Klosterneuburg, Austria - Klosneuvirus_20160825_MG | Engineered | Open in IMG/M |
| 3300013010 | Freshwater to marine salinity gradient microbial communities from Chesapeake Bay, USA - CPBay_Spr_31_0.8_DNA | Environmental | Open in IMG/M |
| 3300013107 | Marine water column microbial functions of the permanently stratified Cariaco Basin, Venezuela, November cruise - 267m, 2.7-0.2um, replicate a | Environmental | Open in IMG/M |
| 3300013372 | Freshwater microbial communities from Lake Erie, Ontario, Canada. Combined Assembly of 10 SPs | Environmental | Open in IMG/M |
| 3300015050 | Freshwater viral communities from Lake Michigan, USA - Sp13.VD.MM110.S.D | Environmental | Open in IMG/M |
| 3300017780 | Freshwater viral communities from Lake Michigan, USA - Su13.VD.MM15.D.N | Environmental | Open in IMG/M |
| 3300018420 | Coastal salt marsh microbial communities from the Groves Creek Marsh, Skidaway Island, Georgia - 011512CT metaG (megahit assembly) | Environmental | Open in IMG/M |
| 3300022072 | Aqueous microbial communities from the Delaware River and Bay under freshwater to marine salinity gradient to study organic matter cycling in a time-series - Viral MetaG DEL_Nov_12 (v3) | Environmental | Open in IMG/M |
| 3300022178 | Aqueous microbial communities from the Delaware River and Bay under freshwater to marine salinity gradient to study organic matter cycling in a time-series - Viral MetaG DEL_Mar_31 (v3) | Environmental | Open in IMG/M |
| 3300022200 | Freshwater to marine saline gradient viral communities from Chesapeake Bay - CB_1504_1 Viral MetaG (v3) | Environmental | Open in IMG/M |
| 3300022407 | Freshwater viral communities from Lake Michigan, USA - Su13.VD.MM15.S.D | Environmental | Open in IMG/M |
| 3300024346 | Whole water sample coassembly | Environmental | Open in IMG/M |
| 3300025445 | Aqueous microbial communities from the Delaware River and Bay under freshwater to marine salinity gradient to study organic matter cycling in a time-series - DEBay_Fall_0.3_>0.8_DNA (SPAdes) | Environmental | Open in IMG/M |
| 3300025451 | Aqueous microbial communities from the Delaware River and Bay under freshwater to marine salinity gradient to study organic matter cycling in a time-series - DEBay_Spr_0.19_>0.8_DNA (SPAdes) | Environmental | Open in IMG/M |
| 3300025508 | Aqueous microbial communities from the Delaware River and Bay under freshwater to marine salinity gradient to study organic matter cycling in a time-series - DEBay_Spr_20_<0.8_DNA (SPAdes) | Environmental | Open in IMG/M |
| 3300025585 | Aqueous microbial communities from the Delaware River and Bay under freshwater to marine salinity gradient to study organic matter cycling in a time-series - DEBay_Sum_0.19_D_<0.8_DNA (SPAdes) | Environmental | Open in IMG/M |
| 3300025618 | Active sludge microbial communities of municipal wastewater-treating anaerobic digesters from USA - AD_UKC071_MetaG (SPAdes) | Engineered | Open in IMG/M |
| 3300025635 | Aqueous microbial communities from the Delaware River and Bay under freshwater to marine salinity gradient to study organic matter cycling in a time-series - DEBay_Fall_0.3_<0.8_DNA (SPAdes) | Environmental | Open in IMG/M |
| 3300025645 | Aqueous microbial communities from the Delaware River and Bay under freshwater to marine salinity gradient to study organic matter cycling in a time-series - Viral MetaG DEL_Nov_12 (SPAdes) | Environmental | Open in IMG/M |
| 3300025652 | Aqueous microbial communities from the Delaware River and Bay under freshwater to marine salinity gradient to study organic matter cycling in a time-series - Viral MetaG DEL_Mar_31 (SPAdes) | Environmental | Open in IMG/M |
| 3300025655 | Freshwater to marine saline gradient viral communities from Chesapeake Bay - CB_1508_2 Viral MetaG (SPAdes) | Environmental | Open in IMG/M |
| 3300025732 | Aqueous microbial communities from the Delaware River and Bay under freshwater to marine salinity gradient to study organic matter cycling in a time-series - DEBay_Sum_0.19_N_>0.8_DNA (SPAdes) | Environmental | Open in IMG/M |
| 3300025762 | Active sludge microbial communities of municipal wastewater-treating anaerobic digesters from USA - AD_UKC083_MetaG (SPAdes) | Engineered | Open in IMG/M |
| 3300025772 | Active sludge microbial communities of municipal wastewater-treating anaerobic digesters from USA - AD_STIC12_MetaG (SPAdes) | Engineered | Open in IMG/M |
| 3300025877 | Active sludge microbial communities of municipal wastewater-treating anaerobic digesters from USA - AD_STIC10_MetaG (SPAdes) | Engineered | Open in IMG/M |
| 3300025889 | Aqueous microbial communities from the Delaware River and Bay under freshwater to marine salinity gradient to study organic matter cycling in a time-series - Viral MetaG DEL_Nov_18 (SPAdes) | Environmental | Open in IMG/M |
| 3300025896 | Aqueous microbial communities from the Delaware River and Bay under freshwater to marine salinity gradient to study organic matter cycling in a time-series - DEBay_Spr_0.19_<0.8_DNA (SPAdes) | Environmental | Open in IMG/M |
| 3300026243 | Upper troposphere microbial communities - SEAC4RS-RF10-011 (SPAdes) | Environmental | Open in IMG/M |
| 3300026247 | Upper troposphere microbial communities - SEAC4RS-RF6-003 (SPAdes) | Environmental | Open in IMG/M |
| 3300027193 | Estuarine microbial communities from the Columbia River estuary - Freshwater metaG S.541 (SPAdes) | Environmental | Open in IMG/M |
| 3300027318 | Marine gutless worms symbiont microbial communities from Max Planck institute for Marine Microbiology, Germany - Olavius imperfectus BELIZE.2 (SPAdes) | Host-Associated | Open in IMG/M |
| 3300027710 | Subsurface microbial communities from deep shales in Ohio, USA - Utica-3 well 1 S input2 FT (SPAdes) | Environmental | Open in IMG/M |
| 3300027724 | Active sludge microbial communities from Klosterneuburg, Austria, studying microevolution and ecology of nitrifiers - Klosterneuburg WWTP active sludge metagenome KNB5-Kit (SPAdes) | Engineered | Open in IMG/M |
| 3300027764 | Freshwater lake microbial communities from Lake Michigan, USA - Sp13.BD.MLB.SN (SPAdes) | Environmental | Open in IMG/M |
| 3300027785 | Freshwater lake microbial communities from Lake Michigan, USA - Sp13.BD.MM15.SN (SPAdes) | Environmental | Open in IMG/M |
| 3300027798 | Freshwater lake microbial communities from Lake Michigan, USA - Sp13.BD.MM15.SD (SPAdes) | Environmental | Open in IMG/M |
| 3300027808 | Freshwater lake microbial communities from Lake Michigan, USA - Sp13.BD.MM15.DD (SPAdes) | Environmental | Open in IMG/M |
| 3300027959 | Active sludge microbial communities from Klosterneuburg, Austria, studying microevolution and ecology of nitrifiers - Klosterneuburg WWTP active sludge metagenome KNB14_supernatant (SPAdes) | Engineered | Open in IMG/M |
| 3300032092 | Freshwater fungal communities from buoy surface, Lake Erie, Ohio, United States - Buoy 4 MA121 | Environmental | Open in IMG/M |
| Geographical Distribution | |
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| Zoom: | Powered by OpenStreetMap |
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| Protein ID | Sample Taxon ID | Habitat | Sequence |
| DelMOSum2011_101865452 | 3300000115 | Marine | MNAEQVAHNNMLREIEVFSYGGDVQDDVSDWTDVKTYLPEFSRMVWAACPNAVLCAHQTFLLYLDSDNQWRDNTGCLFARKVAFWQYADVPECNISC* |
| JGI12272J11983_13516641 | 3300000750 | Soil | MSNAEFGAYQDMLRQCEESMFGGDVQDDDEQWHDVKRLLPPTSHMIWAACPNVVLCAYQTFLLYLDSDGQWRDNTGCLFSRKVNFWQYADVP |
| JGI12467J12023_12303691 | 3300000828 | Soil | MSNAEFGAYQDMLRQCEESMFGGDVQDDDEQWHDVKRQLPPTSHMVWAACPNVVLCAYQTFLLYLDSDGQWRDDTGCLFSRKVNFWQY |
| Draft_100755635 | 3300001592 | Hydrocarbon Resource Environments | MNTEQVVHNNMLREIEGMSYGGDVQDDVSDWTDVNTYLPEFSRMVWAACPNAVLCAYQTFLLYLDSDGQWRDNTGCLFSRKVNFWQYADVPECNVSC* |
| JGI25908J49247_100517313 | 3300003277 | Freshwater Lake | MQKMTNSYDNWFQDMLRDCENGLFGGDVHDESKDDVSDWTDVKTYLPEFSRMVWAACPNAVLCAHQTFLLYMDSDGQWRDNRGYWFSGKVNFWQYADVPVCEGVC* |
| JGI25908J49247_100560072 | 3300003277 | Freshwater Lake | MTNSYDNWFQDMLRDCENGLFGGDVHDESKDDVSDWTDVKTYLPEFSRMVWAACPNAVLCAHQTFLLYMDSDGQWRDNRGYWFSGKVNFWQYADVPECNISC* |
| JGI25909J50240_10281232 | 3300003393 | Freshwater Lake | MNAEQVAHNNMLREIEVFSYGGDVQDDVSDWTDVKTYLPEFSRMVWAACPNAVLCAHQTFLLYLDSDNQWRDNTGCLFARKVAFWQYADVPECNXSC* |
| JGI25855J50184_101592 | 3300003421 | Upper Troposphere | MQKMTNSYDNWFQDMLRDCENGLFGGDVHDESKDDVSDWTDVKTYLPEFSRMVWAAVPNVIICAHQTFLLYLDSDGQWRDNTGCLFGRRVNFWQYAEVPFFEGSC* |
| Ga0068517_10246011 | 3300004901 | Wastewater | MNAEQVAHNNMLREIEVFSYGGDVQDDVSDWTDVKTYLPEFSRMVWAACPNVIICAHQTFLLYLDSDGQWRDNRGYLFSGKVNFWQYADVPECNISC* |
| Ga0073905_101881641 | 3300005655 | Activated Sludge | MTNSYDNWFQDMLRDCENGLFGGDVHDESKDDVSDWTDVKSYPPEFSRMVWAAVPNVIICAHQTFLLYLDSDGQWRDNTGCLFSRRVNFWQYADVPECNISC* |
| Ga0073900_100415013 | 3300005659 | Activated Sludge | MNAEQVAHNNMLREIEGLSYGGDVQDDVSDWTDVKSYPPEFSRMVWAAVPNVIICAHQTFLLYLDSDGQWRDNTGCLFGRRVNFWQYAEVPFFEGSC* |
| Ga0075158_103289142 | 3300005987 | Wastewater Effluent | LKAGNTNKFLRMQKMTNSYDNWFQDMLRDCENGLFGGDVHDESKDDVSDWTDVKTYLPEFSRMVWAACPNAVLCTYQTFLLYLDSDGQWRDNRGYLFSGKVNFWQYADVPECNISC* |
| Ga0075158_106436912 | 3300005987 | Wastewater Effluent | MSNAEFGAYQDMLRQCEESMFGGDVQDDAEQWLDVKRLLPPTSHMVWAACPNAVLCAYQTFLLYLDSDGQWRDNRGYLFSGKVNF |
| Ga0075154_101215472 | 3300005989 | Wastewater Effluent | MTNSYDNWFQDMLRDCENGLFGGDVHDESKDDVSDWTDVKTYLPEFSRMVWAACPNAVLCAHQTFLLYLDSDNQWRDNTGRLFARKVAFWQYADVPECNISC* |
| Ga0075466_11073802 | 3300006029 | Aqueous | MNTEQVVHNNMLREIEGMSYGGDVQDDVSDWTDVNTYLPEFSRMVWAACPNAVLCYHQTFLLYMDSDCQWRDNTGCLFSRKVNFWQYADVPECNISC* |
| Ga0075466_11121232 | 3300006029 | Aqueous | MTNSYDNWFQDMLRDCENGLFGGDVHDESKDDVSDWTDVKTYLPEFSRMIWAACPNAVLCAYQTFLLYLDSDGQWRDNTGRLFARKVAFWQYADVPECNISC* |
| Ga0075470_100112921 | 3300006030 | Aqueous | MNAEQVAHNNMLREIEVFSYGGDVQDDVSDWTDVKTYLPEFSRMVWAACPNAVLCAHQTFLLYMDSDGQWRDNRGYLFSGKVNFWQYADVPECNVSC* |
| Ga0075470_100726391 | 3300006030 | Aqueous | MSNAEQVSYQSMLRQCEKGLFADDTQDDVSDWIDAKSEQPIKGKMVWAACPNAVLCAYQTFLLYLDSDGQWRDNTGCLFSRKVNFWQYADVPECNISC* |
| Ga0075465_100710191 | 3300006037 | Aqueous | CENGLFGGDVHDESKDDVSDWTDVKTYLPEFSRMVWAACPNAVLCAHQTFLLYMDSDGQWRDNRGYWFSGKVNFWQYADVPECNISC* |
| Ga0075465_101176842 | 3300006037 | Aqueous | MSNAEQVSYQSMLRQCEKGLFADDTQDDVSDWIDAKSEQPIKGKMVWAACPNAVLCAYQTFLLYLDSDGQWSDNTGCLFSRKVNFWQYADVPECNVSC* |
| Ga0075465_101550072 | 3300006037 | Aqueous | MSNAEKVAHNNMLRDCESASHGGDVQDDDKQWTDVKTYLPEFSRMVWAACPNAVLCAYQTFLLYLDSDGQWRDNTGRLFARKVAFWQYADVPECNVSC* |
| Ga0075163_105010604 | 3300006056 | Wastewater Effluent | MNTEQVVHNNMLREIEGMSYGGDVQDDVSDWTDVNTYLPEFSRMVWAACPNAVLCYHQTFLLYMDSDCQWRDNRGYLFSGKVNFWQYADVPECNVSC* |
| Ga0075163_106397552 | 3300006056 | Wastewater Effluent | MSNAEFGAYQDMLRQCEESMFGGDVQDDAEQWHDVKRQLPPTSHMVWAACPNAVLCSYQTFLLYLDSDGQWRDNTGRLFARKVAFWQYADVPECNISC* |
| Ga0075163_109486821 | 3300006056 | Wastewater Effluent | MQKMTNSYDNWFQDMLRDCENGLFGGDVHDESKDDVSDWTDVKTYLPEFSRMVWAACPNAVLCAYQTFLLYLDSDGQWRDNTGCLFSRKVAFWQYADVPQCEGVC* |
| Ga0075163_119104611 | 3300006056 | Wastewater Effluent | MQKMTNSYDNWFQDMLRDCENGLFGGDVHDESKDDVSDWTDVKTYLPEFSRMVWAACPNAVLCAHQTFLLYMDSDGQWRDNRGYWFSGKVNFWQYAYVPECNISC* |
| Ga0070744_102306141 | 3300006484 | Estuarine | QDMLRDCENGLFGGDVHDESKDDVSDWTDVKTYLPEFSRMVWAACPNAVLCSYQTFLLYLDSDVQWRDNTGRLFARKVAFWQYADVPECNISC* |
| Ga0075461_101315541 | 3300006637 | Aqueous | LKAGNTNKFLRMQKMTNSYDNWFQDMLRDCENGLFGGDVHDESKDDVSDWTDVKTYLPEFSRMIWAACPNAVLCAYQTFLLYLDSDGQWRDNTGRLFARKVAFWQYADVPECNVSC* |
| Ga0075471_102853731 | 3300006641 | Aqueous | MNAEQVAHNNMLREIEVFSYGGDVQDDDEQWHDVKRLLPPTSHMVWAACPNAVLCYHQTFLLYMDSDCQWRDNTGRLFARKVAFWQYADVPECNISC* |
| Ga0070749_105268801 | 3300006802 | Aqueous | MNTEQVVHNNMLREIEGMSYGGDVQDDVSDWTDVNTYLPEFSRMVWAACPNAVLCAYQTFLLYLDSDGQWRDNTGRLFARKVAF |
| Ga0075467_101284253 | 3300006803 | Aqueous | MNAEQVAHNNMLREIEVFSYGGDVQDDVSDWTDVKTYLPEFSRMVWAACQNAVLCAHQTFLLYLDSDNQWRDNTGCLFARKVAFWQYADVPECDVLC* |
| Ga0075467_103467072 | 3300006803 | Aqueous | LKAGNTNKFLRMQKMTNSYDNWFQDMLRDCENGLFGGDVHDESKDDVSDWTDVKTYLPEFSRMVWAACPNAVLCAHQTFLLYMDSDGQWRDNRGYWFSGKVNFWQYADVPECNISC* |
| Ga0075464_106434211 | 3300006805 | Aqueous | NMSNAEKVAHNNMLRDCESASHGGDVQDDDKQWTDVKTYLPEFSRMVWAACPNAVLCAHQTFLLYVDSDNQWRDNTGCFFSRKVNFWQYADVPECNISC* |
| Ga0075459_10053912 | 3300006863 | Aqueous | MSNAEQVSYQSMLRQCEKGLFADDTQDDVSDWIDAKSEQPIKGKMVWAACPNAVLCAYQTFLLYLDSDGQWRDNTGRLFARKVAFWQYADVPECNISC* |
| Ga0075459_10286332 | 3300006863 | Aqueous | MNAEQVAHKNMLREIEGLSYGGDVQDDVSDWTDVKSYPPEFSRMVWAACPNAVLCAHQTFLLYLDSDNQWRDNTGCLFARKVAFWQYADVPECNISC* |
| Ga0075459_10438461 | 3300006863 | Aqueous | MTNSYDNWFQDMLRDCENGLFGGDVHDESKDDVSDWTDVKTYLPEFSRMVWAACPNAVLCAHQTFLLYLDSDGQWRDNRGYLFSGKVNFWQYADVPECEGVC* |
| Ga0070748_11317661 | 3300006920 | Aqueous | DCENGLFGGDVHDESKDDVSDWTDVKTYLPEFSRMVWAACPNAVLCSYQTFLLYLDSDGQWRDNRGYLFSGKVNFWQYADVPVCDVLC* |
| Ga0070748_12943101 | 3300006920 | Aqueous | MSNAEFGAYQEMLRQCEESLFGGDVQDDAAQWLDVKLLLPPTSRMVWAACPNAVLCAYQTFLLYLDSDGQWRDNTGCLFARKVAFWQYADVPTFKGSC* |
| Ga0070747_13558392 | 3300007276 | Aqueous | MQKMTNSYDNWFQDMLRDCENGLFGGDVHDESKDDVSDWTDVKTYLPEFSRMIWAACPNAVLCAYQTFLLYLDSDGQWRDNTGRLFARKVAFWQYA |
| Ga0075458_101374072 | 3300007363 | Aqueous | MNTEQVVHNNMLREIEGMSYGGDVQDDVSDWTDVNTYLPEFSRMVWAACPNAVLCSYQTFLLYLDSDGQWRDNRGYLFSGKVNFWQYADVPVCDVLC* |
| Ga0075458_101847952 | 3300007363 | Aqueous | MQKMTNSYDNWFQDMLRDCENGLFGGDVHDESKDDVSDWTDVKTYLPEFSRMVWAACPNAVLCAHQTFLLYMDSDGQWRDNRGYLFSGKVNFWQYADVPECNVSC* |
| Ga0075458_102082862 | 3300007363 | Aqueous | MSNAEKVAHNNMLRDCESASHGGDVQDDDKQWTDVKTYLPEFSRMVWAACPNAVLCAYQTFLLYLDSDGQWRDNTGRLFARKVAFWQYADVPECNISC* |
| Ga0099847_10610051 | 3300007540 | Aqueous | MSNAEFGAYQDMLRQCEESMFGGDVQDDDEQWHDVKRLLPPTSHMVWAACPNAVLCAYQTFLLYLDSDGQWRDNTGCLFSRKVNFWQYADVPECNVSC* |
| Ga0099847_12228661 | 3300007540 | Aqueous | MNTEQVVHNNMLREIEGMSYGGDVQDDVSDWTDVKTYLPEFSRMVWAACPNAVLCAHQTFLLYMDSDGQWRDNRGYLFSGKVNFWQYAD |
| Ga0099846_10679754 | 3300007542 | Aqueous | MQKMTNSYDNWFQDMLRDCENGLFGGDVHDESKDDVSDWTDVKTYLPEFSRMVWAACPNAVLCAHQTFLLYMDSDGQWRDNRGYLFSGKVNFWQYADVPECNISC* |
| Ga0099846_11795891 | 3300007542 | Aqueous | MSNAEFGAYQEMLRQCEESLFGGDVQDDDEQWHDVKRLLPPTSHMVWAACPNAVLCYHQTFLLYLDSDGQWRDNRGYLFSGKVNFWQYADVPECNISC* |
| Ga0102828_10857022 | 3300007559 | Estuarine | MSNAEFGAYQDMLRQCEESMFGGDVQDDDEQWHDVKRQLPPTSHMVWAACPNAVLCYHQTFLLYMDSDCQWRDNTGRLFSRKVNFWQYADVPECNISC* |
| Ga0102865_12255201 | 3300007639 | Estuarine | KFLRMQKMTNSYDNWFQDMLRDCENGLFGGDVHDESKDDVSDWTDVKTYLPEFSRMVWAACPNAVLCSYQTFLLYLDSDVQWRDNTGRLFARKVAFWQYADVPECNISC* |
| Ga0105746_10962421 | 3300007973 | Estuary Water | MNTEQVVHNNMLREIEGMSYGGDVQDDVSDWTDVNTYLPEFSRMVWAACPNAVLCYHQTFLLYMDSDCQWRDNTGRLFSRKVNFWQYADVPECNISC* |
| Ga0105746_11093911 | 3300007973 | Estuary Water | MQKMTNSYDNWFQDMLRDCENGLFGGDVHDESKDDVSDWTDVKTYLPEFSRMVWAACPNAVLCSYQTFLLYLDSDVQWRDNTGRLFARKVAFWQYADVPECNISC* |
| Ga0105747_12878061 | 3300007974 | Estuary Water | MTNSYDNWFQDMLRDCENGLFGGDVHDESKDDVSDWTDVKTYLPEFSRMVWAACPNAVLCYHQTFLLYMDSDCQWRDNTGRLFSRKVNFWQYADVPECNISC* |
| Ga0103924_102361 | 3300008550 | Coastal Water | MSNAEFGAYQDMLRQCEESMFGGDVQDDDEQWHDVKRLLPPTSHMIWAACPNVVLCAYQTFLLYLDSDGQWRDNTGCLFSRKVNFWQYADVPECNISC* |
| Ga0103924_109352 | 3300008550 | Coastal Water | MTNSYDNWFQDMLRDCENGLFGGDVHDESKDDVSDWTDVKTYLPEFSRMVWAAVPNVIICAHQTFLLYLDSDGQWRDNTGCLFGRRVNFWQYADVPECDISC* |
| Ga0115551_15203912 | 3300009193 | Pelagic Marine | MQKMRDCENGLFGGDVHDESKDDVSDWTDVKTYLPEFSRMVWAAVPNVIICAHQTFLLYLDSDGQWRDNTGCLFGRRVNFWQYAEVPFFEGSC* |
| Ga0115548_12462111 | 3300009423 | Pelagic Marine | MSNAEFGAYQDMLRQCEESMFGGDVQDDDEQWHDVKRQLPPTSHMVWAAVPNVIICAHQTFLLYLDSDGQWRDNTGCLFGRRVNFWQYAEVPFFEGSC* |
| Ga0115547_11321792 | 3300009426 | Pelagic Marine | MSNAEQVAHNNMLREIEGLSYGGDVQDDVSDWTDVKSYPPEFSRMVWAAVPNVIICAHQTFLLYLDSDGQWRDNTGCLFSRRVNFWQYADVPECNISC* |
| Ga0115545_12564251 | 3300009433 | Pelagic Marine | MSNAEFGAYQDMLRQCEESMFGGDVQDDDEQWHDVKRLLPPTSHMIWAAVPNVIICAHQTFLLYLDSDGQWRDNTGCLFSRRVNFWQYADVPECNISC* |
| Ga0115546_10688851 | 3300009435 | Pelagic Marine | FRTSSVQQYVERYRGIVYGGDVQDDDEQWHDVKYRLPPTSHMVWAAVPNVIICAHQTFLLYLDSDGQWRDNTGCLFGRRVNFWQYAEVPFFEGSC* |
| Ga0115557_11431192 | 3300009443 | Pelagic Marine | MNTEQVVHNNMLREIEGMSYGGDVQDDVSDWTDVKSYPPEFSRMVWAAVPNVIICAHQTFLLYLDSDGQWRDNTGCLFSRRVNFWQYADVPECNISC* |
| Ga0116175_10583231 | 3300009648 | Anaerobic Digestor Sludge | AHNNMLREIEVFSYGGDVQDDVSDWTDVKTYLPEFSRMVWAACPNVIICAHQTFLLYLDSDGQWRDNRGYLFSGKVNFWQYADVPECNISC* |
| Ga0116175_12913511 | 3300009648 | Anaerobic Digestor Sludge | AHNNMLREIEVFSYGGDVQDDVSDWTDVKTYLPEFSRMVWAACPNAVLCAHQTFLLYLDSDNQWRDNTGCLFARKVAFWQYADVPECNISC* |
| Ga0116179_13085222 | 3300009657 | Anaerobic Digestor Sludge | MSNAEQVSYQSMLRQCEKGLFADDTQDDVSDWIDAKSEQPIKGKMVWAACPNAVLCSYQTFLLYLDSDGQWRDNTGCLFARKVAFWQYADVPECNISC* |
| Ga0116185_12222661 | 3300009673 | Anaerobic Digestor Sludge | MNAEQVAHNNMLREIEVFSYGGDVQDDVSDWTDVKTYLPEFSRMVWAACPNAVLCAYQTFLLYLDSDGQWRDNRGYLFSGKVNFWQYADVPQCEGVC* |
| Ga0116187_13717861 | 3300009676 | Anaerobic Digestor Sludge | MSNAEFGAYQDMLRQCEESMFGGDVQDDDEQWHDVKRQLPPTSHMVWAACPNVIICAHQTFLLYLDSDGQWRDNRGYLFSGKVNFWQYADVPECNISC* |
| Ga0116172_103828902 | 3300009682 | Anaerobic Digestor Sludge | MQKMTNSYDNWFQDMLRDCENGLFGGDVHDESKDDVSDWTDVKTYLPEFSRMVWAACPNAVLCAHQTFLLYLDSDGQWRDNTGCLFSRK |
| Ga0116176_103318672 | 3300009688 | Anaerobic Digestor Sludge | MQKMTNSYDNWFQDMLRDCENGLFGGDVHDESKDDVSDWTDVKTYLPEFSRMVWAACPNAVLCAHQTFLLYLDSDNQWRDNTGCLFARKVAFWQYADVPECNISC* |
| Ga0116177_103328902 | 3300009696 | Anaerobic Digestor Sludge | MQKMTNSYDNWFQDMLRDCENGLFGGDVHDESKDDVSDWTDVKTYLPEFSRMVWAACPNAVLCAHQTFLLYMDSDGQWRDNRGYWFSGKVNFWQYADVPECNISC* |
| Ga0116184_102112052 | 3300009769 | Anaerobic Digestor Sludge | MNAEQVAHNNMLREIEVFSYGGDVQDDVSDWTDVKTYLPEFSSMVWAACPNAVLCAYQTFLLYLDSDGQWRDNTGRLFARKVAFWQYADVPECNISC* |
| Ga0116178_101613522 | 3300009781 | Anaerobic Digestor Sludge | MQKMTNSYDNWFQDMLRDCENGLFGGDVHDESKDDVSDWTDVKTYLPEFSRMVWAACPNAVLCAYQTFLLYLDSDGQWRDNTGRLFARKVAFWQYADVPECNISC* |
| Ga0136655_10742561 | 3300010316 | Freshwater To Marine Saline Gradient | MQKMTNSYDNWFQDMLRDCENGLFGGDVHDESKDDVSDWTDVKTYLPEFSRMVWAAVPNVIICAHQTFLLYLDSDGQWRDNTGCLFGRRVNF |
| Ga0116245_105250312 | 3300010338 | Anaerobic Digestor Sludge | MSNAEFGAYQDMLRQCEESMFGGDVQDDDEQWHDVKRQLPPTSHMVWAACPNAVLCAHQTFLLYLDSDNQWRDNTGCLFARKVAFWQYADVPECNISC* |
| Ga0116253_105901291 | 3300010345 | Anaerobic Digestor Sludge | MNAEQVAHNNMLREIEVFSYGGDVQDDVSDWTDVKTYLPEFSRMVWAACPNVIICAHQTFLLYLYSDGQWRDNRGYLFSGKVNFWQYADVPECNISC* |
| Ga0116253_106484441 | 3300010345 | Anaerobic Digestor Sludge | MSNAEFGAYQDMLRQCEESMFGGDVQDDDEQWHDVKRQLPPTSHMVWAACPNVITCAHQTFLLYLDSDNQWRDNTGCLFAR |
| Ga0116249_116268401 | 3300010357 | Anaerobic Digestor Sludge | MQKMTNSYDNWFQDMLRDCENGLFGGDVHDESKDDVSDWTDVKTYLPEFSRMVWAACPNAVLCAHQTFLLYMDSDGQWRDNRGYLFS |
| Ga0129324_100898482 | 3300010368 | Freshwater To Marine Saline Gradient | MSNAEFGAYQDMLRQCEESMFGGDVQDDDEQWHDVKRLLPPTSHMVWAACPNAVLCYHQTFLLYLDSDGQWRDNTGRLFARKVAFWQYADVPECNISC* |
| Ga0129324_101938493 | 3300010368 | Freshwater To Marine Saline Gradient | MSNAEFGAYQEMLRQCEESLFGGDVQDDDEQWHDVKRQLPPTSHMIWAACPNVVLCAHQTFLLYLDSDNQWRDNTGCLFARKVAFWQ |
| Ga0129324_102056873 | 3300010368 | Freshwater To Marine Saline Gradient | MQKMTNSYDNWFQDMLRDCENGLFGGDVHDESKDDVSDWTDVKTYLPEFSRMVWAACPNAVLCAYQTFLLYMDSDGQWRDNRGYLFSGKVNFWQYADVPECNISC* |
| Ga0137520_105691 | 3300010899 | Background Seawater | MSNAEFGAYQDMLRQCEESMFGGDVQDDDEQWHDVKRLLPPTSHMIWAACPNVVLCAYQTFLLYLDSDVQWRDNTGRLFARKVAFWQYADVPECNISC* |
| Ga0129318_100914211 | 3300011009 | Freshwater To Marine Saline Gradient | MSNAEFGAYQEMLRQCEESLFGGDVQDDDEQWHDVKRQLPPTSHMVWAACPNAVLCYHQTFLLYLDSDGQWRDNTGRLFARKVAFWQYADVPECNISC* |
| Ga0139556_10612601 | 3300011011 | Freshwater | MSNAEFGAYQDMLRQCEESMFGGDVQDDDEQWHDVKRQLPPTSHMIWAACPNVVLCAHQTFLLYLDSDNQWRDNTGCLFARKVAFWQYADVPECNVSC* |
| Ga0119867_100066014 | 3300012018 | Activated Sludge | MSNAEFGAYQDMLRQCEESMFGGDVQDDDEQWHDVKRQLPPTSHMVWAACPNVVLCAYQTFLLYLDSDGQWRDDTGCLFSRKVNFWQYADVPECNISC* |
| Ga0119867_10154144 | 3300012018 | Activated Sludge | MNAEQVAHNNMLREIEVFSYGGDVQDDVSDWTDVKTYLPEFSRMVWAACPNVIICAHQTFLLYLDSDNQWRDNTGCLFARKVAFWQYADVPECNISC* |
| Ga0138256_100878562 | 3300012533 | Active Sludge | MNAEQVAHNNMLREIEGLSYGGDVQDDVSDWTDVKSYPPEFSRMVWAAVPNVIICAHQTFLLYLDSDGQWRDNTGCLFSRRVNFWQYADVPECNISC* |
| Ga0138256_102176031 | 3300012533 | Active Sludge | MSNAEFGAYQDMLRQCEESMFGGDVQDDDEQWHDVKRQLPPTSHMVWAAVPNVIICAHQTFLLYLDSDGQWRDNTGCLFSRR |
| Ga0138256_106204354 | 3300012533 | Active Sludge | MKMSNSEQVAYNNMLRDIEGLSYGGDVQDDDEQWHDVKYRLPPTSHMVWAACPNAVLCAHQTFLLYLDSDGQWRDNTGCLFGRRVNFWQYAEVPFFEGSC* |
| Ga0154020_102986784 | 3300012956 | Active Sludge | MKMSNSEQVAYNNMLRDIEGLSYGGDVQDDDEQWHDVKYRLPPTSHMVWAACPNAVLCAHQTFLLYLDSDGQWRDNRGYLFSSKVNFWQYADVPECDISC* |
| Ga0129327_105366621 | 3300013010 | Freshwater To Marine Saline Gradient | MSNAEQVSYQSMLRQCEKGLFADDTQDDVSDWIDAKSEQSIKGKMVWAACPNAVLCAYQTFLLYLDSDGQWRDNTGRLFARKVAFWQYADVPECNISC* |
| Ga0150956_10570191 | 3300013107 | Marine | MSNAEFGAYQDMLRQCEESMFGGDVQDDDEQWHDAKRLLPPTSHMIWAACPNVVLCAYQTFLLYLDSDGQWRDNTGCLFSRKVNFWQYADVPECNISC* |
| Ga0177922_100747631 | 3300013372 | Freshwater | MSNAEQVSYQSMLRQCEKGLFADDTQDDVSDWIDAKSEQPIKGKMVWAACPNVVLCYHQTFLLYMDSDCQWRDNRGYLFSGKVNFWQYADVPECNVSC* |
| Ga0177922_108849863 | 3300013372 | Freshwater | MSNAEFGAYQDMLRQCEESMFGGDVQDDDEQWHDVKRQLPPTSHMIWAACPNVVLCAHQTFLLYLDSDNQWRDNTGCLFARKVAFWQYADVPECNISC* |
| Ga0181338_10289021 | 3300015050 | Freshwater Lake | MQKMTNSYDNWFQDMLRDCENGLFGGDVHDESKDDVSDWTDVKTYLPEFSRMVWAACPNAVLCAYQTFLLYLDSDGQWRDNTGCLFARKVAFWQYADVPECD |
| Ga0181346_11659761 | 3300017780 | Freshwater Lake | DCENGLFGGDVHDESKDDDEQWHDVKRLLPPTSHMVWAACPNAVLCAYQTFLLYLDSDGQWRDNRGYLFSGKVNFWQYADVPECNISC |
| Ga0181563_104456071 | 3300018420 | Salt Marsh | MNTEQVVHNNMLREIEVFSYGGDVQDDVSDWTDVKTYLPEFSRMVWAACPNAVLCAHQTFLLYMDSDGQWRDNRGYLFSGKVNFWQYADVPECNISC |
| Ga0196889_10127182 | 3300022072 | Aqueous | MSNAEQVSYQSMLRQCEKGLFADDTQDDVSDWIDAKSEQPIKGKMVWAACPNAVLCAYQTFLLYLDSDGQWRDNTGRLFARKVAFWQYADVPECNVSC |
| Ga0196889_10135202 | 3300022072 | Aqueous | MSNAEFGAYQEMLRQCEESLFGGDVQDDDEQWHDVKRLLPPTSHMVWAACPNAVLCAYQTFLLYLDSDGQWRDNRGYLFSGKVNFWQYADVPECNISC |
| Ga0196889_10693862 | 3300022072 | Aqueous | MTNSYDNWFQDMLRDCENGLFGGDVHDESKDDVSDWTDVKTYLPEFSRMVWAACPNAVLCAHQTFLLYMDSDGQWRDNRGYWFSGKVNFWQYADVPECNI |
| Ga0196887_11109282 | 3300022178 | Aqueous | MTNSYDNWFQDMLRDCENGLFGGDVHDESKDDVSDWTDVKTYLPEFSRMVWAACPNAVLCSYQTFLLYLDSDGQWRDNRGYLFSGKVNFWQY |
| Ga0196887_11386272 | 3300022178 | Aqueous | MNAEQVAHNNMLREIEVFSYGGDVQDDVSDWTDVKTYLPEFSRMVWAACPNAVLCAHQTFLLYMDSDGQWRDNRGYWFSGKVNFWQYADVPECNISC |
| Ga0196901_12293072 | 3300022200 | Aqueous | MSNAEQVSYQSMLRQCEKGLFADDTQDDVSDWIDAKSEQPIKGKMVWAACPNAVLCAYQTFLLYLDSDGQWRDNTGCLFSRKVNFWQYADVPECNV |
| Ga0181351_12231481 | 3300022407 | Freshwater Lake | LKAGNTNKFLRMQKMTNSYDNWFQDMLRDCENGLFGGDVHDESKDDVSDWTDVKTYLPEFSRMVWAACPNAVLCAHQTFLLYLDSDNQWRDNTGCLFSRKVAFWQYADVPECNISC |
| Ga0244775_113083741 | 3300024346 | Estuarine | LKAGNTNKFLRMQKMTNSYDNWFQDMLRDCENGLFGGDVHDESKDDVSDWTDVKTYLPEFSRMVWAACPNAVLCSYQTFLLYLDSDVQWRDNTGRLFAR |
| Ga0208424_10343142 | 3300025445 | Aqueous | MNAEQVAHKNMLREIEGLSYGGDVQDDVSDWTDVKSYPPEFSRMVWAACPNAVLCAHQTFLLYLDSDNQWRDNTGCLFARKVAFWQYADVPECNISC |
| Ga0208426_10035551 | 3300025451 | Aqueous | MSNAEQVSYQSMLRQCEKGLFADDTQDDVSDWIDAKSEQPIKGKMVWAACPNAVLCAYQTFLLYLDSDGQWSDNTGCLFSRKVNFWQYADVPECNVSC |
| Ga0208426_10180971 | 3300025451 | Aqueous | EESLFGGDVHDESKDDVSDWTDVKTYLPEFSRMVWAACPNAVLCAHQTFLLYMDSDGQWRDNRGYWFSGKVNFWQYADVPECNISC |
| Ga0208426_10356161 | 3300025451 | Aqueous | MTNSYDNWFQDMLRDCENGLFGGDVHDESKDDVSDWTDVKTYLPEFSRMVWAACPNAVLCAYQTFLLYLDSDGQWRDNTGRLFA |
| Ga0208426_10536901 | 3300025451 | Aqueous | MSNAEKVAHNNMLRDCESASHGGDVQDDDKQWTDVKTYLPEFSRMVWAACPNAVLCAYQTFLLYLDSDGQWRDNTGRLFARKVAFWQYADVPECNVSC |
| Ga0208148_10649521 | 3300025508 | Aqueous | MSNAEQVSYQSMLRQCEKGLFADDTQDDVSDWIDAKSEQPIKGKMVWAACPNAVLCAYQTFLLYLDSDGQWRDNTGRLFARKVAFWQY |
| Ga0208148_10986651 | 3300025508 | Aqueous | LKAGNTNKFLRMQKMTNSYDNWFQDMLRDCENGLFGGDVHDESKDDVSDWTDVKTYLPEFSHMIWAACPNAVLCAYQTFLLYLDSDGQWRDNTGRLFARKVAFWQYADVP |
| Ga0208546_10404373 | 3300025585 | Aqueous | MSNAEQVSYQSMLRQCEKGLFADDTQDDVSDWIDAKSEQPIKGKMVWAACPNAVLCAHQTFLLYLDSDNQWRDNTGCLFARKVAFWQYADVPECNISC |
| Ga0208546_11223741 | 3300025585 | Aqueous | LKAGNTNKFLRMQKMTNSYDNWFQDMLRDCENGLFGGDVHDESKDDVSDWTDVKTYLPEFSRMVWAACPNAVLCAHQTFLLYMDSDGQWRDNRGYLFSGKVNFWQYADVPECNISC |
| Ga0208693_11812072 | 3300025618 | Anaerobic Digestor Sludge | MSNAEQVSYQSMLRQCEKGLFADDTQDDVSDWIDAKSEQPIKGKMVWAACPNAVLCSYQTFLLYLDSDGQWRDNTGCLFARKVAFWQYADVPECNISC |
| Ga0208147_11218091 | 3300025635 | Aqueous | MSNAEFGAYQDMLRQCEESMFGGDVQDDDEQWHDVKRLLPPTSHMVWAACPNAVLCAYQTFLLYLDSDGQWRDNTGCLFSRKVNFWQYADV |
| Ga0208643_10283572 | 3300025645 | Aqueous | MSNAEQVSYQSMLRQCEKGLFADDTQDDVSDWIDAKSEQPIKGKMVWAACPNAVLCAYQTFLLYLDSDGQWRDNTGRLFARKVAFWQYADVPECNISC |
| Ga0208643_10357221 | 3300025645 | Aqueous | MNAEQVAHNNMLREIEVFSYGGDVQDDVSDWTDVKTYLPEFSRMVWAACPNAVLCAHQTFLLYMDSDGQWRDNRGYWFSGKVNFWQYADVPECNVSC |
| Ga0208643_11367422 | 3300025645 | Aqueous | MTNSYDNWFQDMLRDCENGLFGGDVHDESKDDVSDWTDVKTYLPEFSRMIWAACPNAVLCAYQTFLLYLDSDGQWRDNTGRLFARKVAFWQYADVPECNISC |
| Ga0208643_11428101 | 3300025645 | Aqueous | MNTEQVVHNNMLREIEGMSYGGDVQDDVSDWTDVNTYLPEFSRMVWAACPNAVLCAYQTFLLYLDSDGQWRDNTGRLFARKVAFW |
| Ga0208134_11456591 | 3300025652 | Aqueous | MNTEQVVHNNMLREIEGMSYGGDVQDDVSDWTDVNTYLPEFSRMVWAACPNAVLCAYQTFLLYLDSDGQWRDNTGCLFSRKV |
| Ga0208795_11370962 | 3300025655 | Aqueous | MSNAEQVSYQSMLRQCEKGLFADDTQDDVSDWIDAKSEQPIKGKMVWAACPNAVLCAYQTFLLYLDSDGQWRDNTGCLFSRKVNFWQYADVPECNVSC |
| Ga0208784_11170221 | 3300025732 | Aqueous | LKAGNTNKFLRMQKMTNSYDNWFQDMLRDCENGLFGGDVHDESKDDVSDWTDVKTYLPEFSRMVWAACPNAVLCAHQTFLLYMDSDGQWRDNRGYWFSGKVNFWQYADVPECNISC |
| Ga0208040_12624721 | 3300025762 | Anaerobic Digestor Sludge | LKAGNTNKFLRMQKMTNSYDNWFQDMLRDCENGLFGGDVHDESKDDVSDWTDVKTYLPEFSRMVWAACPNAVLCAHQTFLLYLDSDGQWRDNTGCLFSRK |
| Ga0208939_12650701 | 3300025772 | Anaerobic Digestor Sludge | LKAGNTNKFLRMQKMTNSYDNWFQDMLRDCENGLFGGDVHDESKDDVSDWTDVKTYLPEFSRMVWAACPNAVLCAYQTFLLYLDSDGQWRDNRGYLFSGKVNFWQYADVPVCDVLC |
| Ga0208460_102705672 | 3300025877 | Anaerobic Digestor Sludge | MTNSYDNWFQDMLRDCENGLFGGDVHDESKDDVSDWTDVKTYLPEFSRMVWAACPNAVLCAHQTFLLYMDSDCQWRDNRGYLFSGKVNFWQYADVPECNVSC |
| Ga0208644_12631082 | 3300025889 | Aqueous | MNAEQVAHNNMLREIEVFSYGGDVQDDVSDWTDVKTYLPEFSRMVWAACPNVVLCAYQTFLLYLDSDGQWRDNTGCLFSRKVNFWQYADVPECNVSC |
| Ga0208644_13069401 | 3300025889 | Aqueous | LKAGNTNKFLRMQKMTNSYDNWFQDMLRDCENGLFGGDVHDESKDDVSDWTDVKTYLPEFSRMIWAACPNAVLCAYQTFLLYLDSDGQWRDNTGRLFARKVAFWQYA |
| Ga0208916_101502261 | 3300025896 | Aqueous | MSNAEKVAHNNMLRDCESASHGGDVQDDDKQWTDVKTYLPEFSRMVWAACPNAVLCAYQTFLLYLDSDGQWRDNTGRLFARKVAFWQYADVPE |
| Ga0208916_101824252 | 3300025896 | Aqueous | MNTEQVVHNNMLREIEGMSYGGDVQDDVSDWTDVNTYLPEFSRMVWAACPNAVLCAYQTFLLYLDSDGQWRDNTGRLFARKVAFWQYADVPECNISC |
| Ga0208916_101824671 | 3300025896 | Aqueous | MSNAEFGAYQDMLRQCEESMFGGDVQDDDEQWHDVKRLLPPTSHMVWAACPNAVLCSYQTFLLYLDSDGQWRDNTGRLFARKVAFWQYADVPECNISC |
| Ga0208916_102395853 | 3300025896 | Aqueous | RDCENGLFGGDVHDESKDDVSDWTDVKTYLPEFSRMVWAACPNAVLCAHQTFLLYMDSDGQWRDNRGYWFSGKVNFWQYADVPECNISC |
| Ga0208916_102486251 | 3300025896 | Aqueous | RDCENGLFGGDVHDESKDDVSDWTDVKTYLPEFSRMVWAACPNAVLCAYQTFLLYLDSDGQWRDNTGRLFARKVAFWQYADVPECDVLC |
| Ga0208916_103634471 | 3300025896 | Aqueous | QVSYQSMLRQCEKGLFADDTQDDVSDWIDAKSEQPIKGKMVWAACPNAVLCAYQTFLLYLDSDGQWRDNTGRLFARKVAFWQYADVPECNVSC |
| Ga0209765_1011512 | 3300026243 | Upper Troposphere | MTNSYDNWFQDMLRDCENGLFGGDVHDESKDDVSDWTDVKTYLPEFSRMVWAAVPNVIICAHQTFLLYLDSDGQWRDNTGCLFGRRVNFWQYAEVPFFEGSC |
| Ga0209133_1016931 | 3300026247 | Upper Troposphere | TEQVVHNNMLREIEGMSYGGDVQDDVSDWTDVNTYLPEFSRMVWAACPNAVLCYHQTFLLYMDSDCQWRDNRGYLFSGKVNFWQYADVPECNVSC |
| Ga0208800_10587621 | 3300027193 | Estuarine | MNAEQVAHNNMLREIEVFSYGGDVQDDVSDWTDVKTYLPEFSRMVWAACPNAVLCYHQTFLLYMDSDCQWRDNTGRLFSRKVNFWQYADVPECNISC |
| Ga0209365_11353603 | 3300027318 | Marine Gutless Worms Symbiont | MSNAEFGAYQDMLRQCEESMFGGDVQDDDEQWHDVKRQLPPTSHMVWAACPNVVLCAYQTFLLYLDSDGQWRDDTGCLFSRKVNFWQYADVPECNISC |
| Ga0209599_102113471 | 3300027710 | Deep Subsurface | SNAEQVAHNNMLREIEGLSYGGDVQDDDKQWHDVKYHLPPTSHMVWAACPNVITCTHQTFLLYLDSDGQWRDNRGYLFSSKVNFWQYANVPECDISC |
| Ga0209582_11723762 | 3300027724 | Activated Sludge | MNAEQVAHNNMLREIEGLSYGGDVQDDVSDWTDVKSYPPEFSRMVWAAVPNVIICAHQTFLLYLDSDGQWRDNTGCLFGRRVNFWQYAEVPFFEGSC |
| Ga0209134_101633281 | 3300027764 | Freshwater Lake | LKAGNTNKFLRMQKMTNSYDNWFQDMLRDCENGLFGGDVHDESKDDVSDWTDVKTYLPEFSRMVWAACPNAVLCAHQTFLLYLDSDNQWRDNTGRLFARKVAFWQYADVPECDVLC |
| Ga0209246_100602742 | 3300027785 | Freshwater Lake | MSNAEFGAYQDMLRQCEESMFGGDVQDDDEQWHDVKRLLPPTSHMVWAACPNAVLCAYQTFLLYLDSDGQWRDNRGYLFSGKVNFWQYADVPECNVSC |
| Ga0209246_100725001 | 3300027785 | Freshwater Lake | MQKMTNSYDNWFQDMLRDCENGLFGGDVHDESKDDVSDWTDVKTYLPEFSRMVWAACPNAVLCAHQTFLLYLDSDNQWRDNTGCLFARKVAFWQYADVPECNISC |
| Ga0209246_103508002 | 3300027785 | Freshwater Lake | MSNAEQVSYQSMLRQCEKGLFADDTQDDVSDWIDAKSEQPIKGKMVWAACPNAVLCSYQTFLLYLDSDVQWRDNTGRLFARKVAFWQYADVPECNISC |
| Ga0209353_101114884 | 3300027798 | Freshwater Lake | MTNSYDNWFQDMLRDCENGLFGGDVHDESKDDVSDWTDVKTYLPEFSRMVWAACPNAVLCAHQTFLLYMDSDGQWRDNTGRLFA |
| Ga0209353_104516212 | 3300027798 | Freshwater Lake | MSNAEFGAYQDMLRQCEESMFGGDVQDDDEQWHDVKRQLPPTSHMVWAACPNAVLCAHQTFLLYMDSDGQWRDNRGYWFSGKVNFWQYADVPECNISC |
| Ga0209354_103711862 | 3300027808 | Freshwater Lake | MSNAEFGAYQDMLRQCEESMFGGDVQDDDEQWHDVKRLLPPTSHMVWAACPNAVLCAYQTFLLYLDSDGQWRDNRGYLF |
| Ga0209477_10620332 | 3300027959 | Activated Sludge | MTNSYDNWFQDMLRDCENGLFGGDVHDESKDDVSDWTDVKSYPPEFSRMVWAAVPNVIICAHQTFLLYLDSDGQWRDNTGCLFSRRVNFWQYADVPFFEGSC |
| Ga0315905_103715604 | 3300032092 | Freshwater | MNTEQVVHNNMLREIEGMSYGGDVQDDVSDWTDVNTYLPEFSRMVWAACPNAVLCYHQTFLLYMDSDCQWRDNRGYLFSGKVNFWQYADVPECNVSC |
| Ga0315905_111215732 | 3300032092 | Freshwater | MSNSQQLAYNNMLRDIEGLSYGGDVQDDAAQWHDVKRLLPPTSHMVWAACPNAVLCAYQTFLLYLDSDGQWRDNTGRLFARKVAFWQYADVPECNISC |
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Bioinformatics & Integrated Biology Lab Institute for Fundamental Biomedical Research Biomedical Sciences Research Center "Alexander Fleming" |